Despite increasing investigation, quantifying ecohydrological fluxes from greenspace within urban land use mosaics remains challenging in major cities...

In urbanized areas the natural flow paradigm is being increasingly challenged by hydroclimatic changes and marked anthropogenic influences on flow reg...

The combined effects of rapid urbanization and climate change challenge ecohydrology and water quality in urban systems. Nature-based solutions are be...

Ecohydrological resilience can be defined as the degree to which a landscape or catchment can maintain key aspects of physical functionality in terms ...

Quantifying ecohydrological partitioning in the Critical Zone remains a challenge that requires better integration of novel field data and improved mo...

Increased urbanization, coupled with the projected impacts of climatic change, requires urgent evaluation of the effects of urban development on urban...

Rapid urbanization has led to a steep decline in water quality, which presents a major challenge for urban freshwaters and the provision of important ...